This worksheet is designed for GCSE students to consolidate their learning of the structure of the atom. It challenges them to identify elements, draw their nucleus structure and identify charge on ions.

A complete lesson, including lesson plan and powerpoint presentation. This lesson teaches students about the resistance of diodes, LDRs and thermistors. It also allows them to apply their learning to the real world.

A pair of scaffolded worksheets that take students through calculating the force applies to a spring, the elastic potential energy stored in a spring and then rearranging the equation to calculate spring constant or extension. The answer sheets are also included with rearranged equations and units. This accompanies the work on Hooke's Law which can also be downloaded from my web shop Grade Gain.

A detailed lesson plan and PPT presentation to introduce particle models and density to GCSE Physics students. There are a sequence of demos detailed in here for looking at conservation of mass and changes of state and density along with a worksheet of calculations for students to complete to practice using the density equation. Answers included! Please remember to review. Thanks.

A complete lesson plan, presentation and worksheets, including answers, for the subject of Electrical Power. It covers the formulae P=IV and P=I^2R. The worksheets are structured to develop the skills of the students in the use of the formulae starting off with scaffolded examples working through to rearranging the formulae. The worksheets are available separately from bit.ly/TESncrumpton

A full lesson plan, presentation, practical worksheet and practice calculations covering Specific Latent Heat of Fusion and Specific Latent Heat of Vaporisation. The calculations are differentiated to allow students to secure good progress. The calculations and practical worksheet are also available separately from bit.ly/TESncrumpton Thanks for shopping.

A complete lesson plan, PPT and worksheets with answers for teaching about Energy in Physics. Covers the two equations E=QV and E=Pt builds on concepts of charge, potential difference, power and time. Worksheets are scaffolded to help students practice completing calculations. The worksheets are available separately as well as being included here.